AXEL Platine Terminal · AXEL’s built-in predefined set-ups automatically set all standard...

AXEL Platine TerminalEthernet TCP/IP Models

User's Guide

May 1997 - Ref.: TCPUE105/701-2

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1 - TCP/IP SET-UP ..........................................................................................1

2 - TERMINAL SET-UP ...................................................................................4

2.1 - GENERAL FEATURES.........................................................................52.1.1 - Enter Terminal Set-Up Mode ..........................................................52.1.2 - Set-Up Screens ..............................................................................62.1.3 - Predefined Set-Up..........................................................................62.1.4 - Local and Global Parameters .........................................................62.1.5 - Exit Set-Up.....................................................................................7

2.2 - SCREEN...............................................................................................82.2.1 - Screen Field ...................................................................................82.2.2 - Screen Saver Field.........................................................................92.2.3 - Enhanced Screen Operating Mode Field ........................................92.2.4 - Enhanced Mode for this Session Field ..........................................102.2.5 - Number of Lines Field ....................................................................92.2.6 - Number of Columns Field.............................................................102.2.7 - Scrolling Field...............................................................................102.2.8 - Wrap End of Line Field.................................................................102.2.9 - CR = CR+LF Field........................................................................112.2.10 - Cursor Field................................................................................112.2.11 - Overscan Color Field..................................................................11

2.3 - KEYBOARD........................................................................................122.3.1 - Keycodes Field.............................................................................122.3.2 - Character Set Field.......................................................................132.3.3 - National Keyboard Field ...............................................................132.3.4 - "Backspace" Key Value Field........................................................142.3.5 - "." Key Value Field........................................................................142.3.6 - "CAPS" Key Mode Field ...............................................................152.3.7 - Compose Accented Characters Field............................................152.3.8 - "Num" LED Initialization Field.......................................................152.3.9 - Beep Field ....................................................................................162.3.10 - Repetition Key Delay Field .........................................................162.3.11 - Repetition Key Speed Field ........................................................16

2.4 - AUX1 PORT CONFIGURATION (25-PIN)...........................................172.4.1 - Operating Mode Field ...................................................................172.4.2 - Baud Rate Field............................................................................182.4.3 - Data Format Field.........................................................................182.4.4 - Handshake for Transmission Field................................................192.4.5 - Test Device Presence Field..........................................................192.4.6 - Handshake for Reception Field.....................................................20

2.5 - AUX2 PORT CONFIGURATION (RJ45) .............................................212.5.1 - Operating Mode Field ...................................................................212.5.2 - Baud Rate Field............................................................................222.5.3 - Data Format Field ........................................................................222.5.4 - Handshake for Transmission Field................................................232.5.5 - Test Device Presence Field..........................................................232.5.6 - Handshake for Reception Field.....................................................23

2.6 - TERMINAL MODES ...........................................................................252.6.1 - Local Mode...................................................................................252.6.2 - SETUP Language Field ................................................................262.6.3 - Default Auxiliary Port Field ...........................................................262.6.4 - AUX1 Port Service Field...............................................................262.6.5 - AUX2 Port Service Field...............................................................282.6.6 - Parallel Port Service Field ............................................................292.6.7 - Emulation Field ............................................................................312.6.8 - End Transparent Mode Sequence Field........................................322.6.9 - Monitor Mode Field.......................................................................322.6.10 - Host Programmable Terminal Parameters Field .........................322.6.11 - Video Attribute Coloring Mode Field ...........................................32

2.7 - TABULATIONS...................................................................................352.8 - FUNCTION KEYS...............................................................................362.9 - CANCEL MODIFICATIONS................................................................372.10 - RESTORE SAVED SETUP...............................................................382.11 - PREDEFINED SET-UP.....................................................................382.12 - EXIT WITHOUT SAVING .................................................................392.13 - SAVE AND EXIT...............................................................................392.14 - DISPLAY REVISION.........................................................................402.15 - MULTISESSION...............................................................................40

3 - TERMINAL COMMANDS .........................................................................43

3.1 - ANSI EMULATIONS ...........................................................................443.2 - VT220, HFT AND VT AS400 EMULATIONS.......................................523.4 - SM94XX PERSONALITIES.................................................................59

APPENDIX.....................................................................................................64

A.1 - NATIONAL KEYBOARDS ..................................................................65A.2 - CHARACTER SETS...........................................................................77

A.2.1 - ANSI and SM94xx EMULATIONS................................................77A.2.2 - VT220, HFT and VT AS400 EMULATIONS..................................85

A.3 - PROGRAMMING KEYS .....................................................................89A.3.1 - ANSI EMULATIONS ....................................................................89A.3.2 - VT220 EMULATION.....................................................................95A.3.3 - VT AS400 EMULATION...............................................................97A.3.4 - HFT EMULATION ......................................................................100A.3.5 - SM94xx EMULATIONS..............................................................102

A.4 - COMPOSITE CHARACTERS...................... ERREUR! SIGNET NON DÉFINI.

TCP/IP Set-Up

________________________________________________________________User's Guide - TCP/IP AX3000 1

- 1 -TCP/IP SET-UP

TCP/IP Set-Up

________________________________________________________________2 User's Guide - TCP/IP AX3000

This chapter gives a quick description of the features and use of the AXELPlatine terminal TCP/IP set-up mode.

The TCP/IP set-up mode is used to:- assign an Internet address matching the network topology,- define the network environment accessible from this Platine terminal(Telnet hosts, routers, etc),

- associate a host with each Platine terminal session,- enable the print server feature,- open and close connections,- optimize the TCP/IP protocol and- display statistics relating to the TCP/IP protocol.

The following command sequence is used to enter TCP/IP Set-Up:

Note: Use the <��> key on the numeric keypad.

TCP/IP Set-Up


The TCP/IP Set-Up screen appears as follows:

Move through the menu with arrow keys. Information, relating to eachcommand selected, will automatically be displayed at the bottom of the screen.

To confirm the selected command, press the <RETURN> key.

To exit the menu, select the 'Quit' command or press the <ESC> key.

Refer to the Installing TCP/IP Platine Terminals on UNIX Systems manual for adetailed description of the various options of TCP/IP set-up mode.

Terminal Set-Up


- 2 -TERMINAL SET-UP

Terminal Set-Up


This chapter describes the features and use of the AXEL Platine terminal set-upmode.

2.1 - GENERAL FEATURES

Each AX3000 Ethernet model provides up to 8 separate sessions. Thesesessions have independent set-up parameters (emulation, function keys, videoattributes, etc).

The set-up mode allows individual set-up of any of the eight available sessions.A propagation option is available to copy the configuration of the currentsession to the 7 other sessions.

2.1.1 - Enter Terminal Set-Up Mode

The following key sequence puts the Platine terminal in set-up mode:

��

Note: Terminal Set-Up must be done only during an active session (activelogin or prompt).

In terminal set-up mode, the active keystrokes are:- <F1> to <F12> : select a set-up screen, exit set-up mode, etc- Vertical arrow keys : select a parameter from a set-up screen- <SPACE>: modify a parameter value- <RETURN>: select a parameter value

Terminal Set-Up


2.1.2 - Set-Up Screens

The Platine terminal set-up is based on selectable displays, here called set-upscreens. Each set-up screen is associated with a function key:

- <F1>: Screen- <F2>: Keyboard- <F3>: AUX1 Auxiliary Port- <F4>: AUX2 Auxiliary Port- <F5>: Terminal Modes- <F6>: Tabulations- <F7>: Function Keys

Each set-up screen displays a list of features and lets you select or modifythem. Vertical arrow keys are used to select a feature and the spacebar is usedto change the value.

<F8> to <F12> function keys are available for others functions (exit set-up,selection of a predefined set-up, etc).

2.1.3 - Predefined Set-Up

AXEL’s built-in predefined set-ups automatically set all standard terminalparameters to match the selected operating system.

Press the <F10> function key to use this feature. Then select the appropriateoperating system.

The use of predefined set-ups ensures a fast and reliable installation.

2.1.4 - Local and Global Parameters

A session is characterised by two types of terminal parameters:- local parameters are specific to a single session (example: number oflines),

- global parameters apply to ALL sessions (example: national keyboard).

Note: in set-up mode, the global parameters are indicated by a star placed atthe beginning of the label.

Terminal Set-Up


When the value of a local parameter is changed, the other sessions are notaffected, unless the propagation option is selected on exiting set-up.

When the value of a global parameter is changed, the other sessions areaffected, even if the propagation option is not selected.

2.1.5 - Exit Set-Up

You can exit set-up mode in either of two ways:- <F11> or <Esc> (exit without saving): the modifications are stored untilthe terminal is switched off. The last saved set-up (<F12>) will be usedwhen the terminal is next switched on.

- <F12> (exit and save): the modifications are stored in non-volatilememory and applied when the terminal is next switched on.

Note: when the propagation option is set, the terminal parameters of thecurrent session are updated when exiting set-up mode. Terminal parameters ofany other session, however, will not be updated until that session begins.

Terminal Set-Up


2.2 - SCREEN

This set-up screen is used to define monitor display characteristics. It is the firstscreen to appear when you enter set-up mode, or can be reached from anyother screen in set-up mode by pressing the <F1> key:

Notes: - Fields headed by a star ( ��) indicate global parameters.- No star indicates local parameters (refer to chapter 2.1.4).- This screen is an example only. Fields may be set to other values.

2.2.1 - Screen Field

This field sets the type of VGA monitor. Four values are available:- Colour ,- Grey Levels (for displaying colour applications on a black and whiteVGA monitor),

- Black and White ,- Paper White (white background and black foreground).

Terminal Set-Up


2.2.2 - Screen Saver Field

If the terminal is inactive for a predefined number of minutes, the screen saverfeature automatically turns off the monitor display, although the monitorremains powered-up. This protects the monitor from damage from “screenburn”. Three values are available:

- no : screen saver feature not used. Note that by selecting this option, thelife of the monitor may be reduced.

- xx minutes : the display is turned off after xx minutes. The display isrestored when either the keyboard is used or data is received from thehost.

- xx minutes keyboard only : the display is turned off after xx minutes.The display is only restored when the keyboard is used.

Note: to enable the screen saver, enter the number of minutes and confirmwith the <RETURN> key.

2.2.3 - Enhanced Screen Operating Mode Field

Some video attributes are not available on a VGA monitor. The enhancedscreen operating mode allows use of an additional attribute (underline or doublesize).

Note : when this additional attribute is used, the bold attribute cannot be used.

This global parameter controls the additional attribute. There are three possiblevalues:

- No: standard mode- Underline : in standard mode, only monochrome VGA monitors displayunderlines. This mode allows underlined characters to be displayed on acolour VGA monitor.

- Double Size Ch aracters : escape sequences in ANSI or VT emulationallow the size of characters to be controlled.

If the enhanced mode is set (for all 8 sessions), this mode must be enabled foreach session (see below).

Terminal Set-Up


2.2.4 - Enhanced Mode for this Session Field

This local parameter enables or disables enhanced mode (see above) for thecurrent session. There are two possible values:

- Yes: enhanced mode enabled for this session,- No: enhanced mode disabled for this session,

Note : this parameter is not available when the 'Enhanced Screen OperatingMode' field is set to 'No'.

2.2.5 - Number of Lines Field

Two values are available:- 25 Lines : one 25-line screen region.- 24 + 1 Message Line : 2 screen regions. The first region has 24 datalines, the second one has 1 data line. An escape sequence is used toselect either of these two independent regions as the main display.

2.2.6 - Number of Columns Field

Two values are available:- 80 columns,- 132 columns.

2.2.7 - Scrolling Field

Two values are available:- Yes: a character received, after the text cursor has reached the bottommargin, automatically scrolls the display upwards.

- No: any character received, after the text cursor has reached the bottommargin, overwrites the first character position of the first line.

2.2.8 - Wrap End of Line Field

Two values are available:- Yes: a character received, after the text cursor has reached the rightmargin, automatically appears in the first character position of the nextline.

Terminal Set-Up


- No: a character received, after the text cursor has reached the rightmargin, overwrites the last character position of the current line.

2.2.9 - CR = CR+LF Field

Two values are available:- Yes: the carriage-return character (ASCII 0Dhex) is mapped to acarriage-return plus a line-feed character (ASCII 0Dhex plus 0Ahex).

- No: no specific processing is done when the carriage-return character(ASCII 0Dhex) is received.

2.2.10 - Cursor Field

Three blinking cursor styles are available:- Line ,- Half-block ,- Block .

2.2.11 - Overscan Colour Field

Two values are available:- No: no overscan (black colour).- Yes: the overscan colour is selected from 64 choices. Use <+> and <->keys to select the desired overscan colour. The hexadecimal value of theselected overscan colour (between 00hex and 3Fhex) is displayed.

Terminal Set-Up


2.3 - KEYBOARD

This set-up screen is used to define keyboard characteristics. It appears whenyou press the <F2> key within set-up mode:


2.3.1 - Keycodes Field

A keyboard may be monitored in two ways:- ASCII: in this mode, one or more characters are sent per keystroke. Forexample, the ASCII character 'a' (61hex) is sent when you press the <A>key on its own and the ASCII character 'A' (41hex) is sent when youpress the <Shift> and <A> keys simultaneously. This is a very simplemethod of monitoring. However it leaves some keys (for example

Terminal Set-Up


<Shift> and <Alt>) 'dumb' and useless when they are pressed on theirown.

- Scancode : Different characters may be sent when the key is depressedand when it is released. These characters are determined by the locationand the state (up or down) of the key. The mapping, between a keylocation and an ASCII character, is done by the host computer. Inscancode mode all the keys can be used, both alone and incombinations.

2.3.2 - Character Set Field

The character set to be used is selected through this field (refer to AppendixA.2). The available character sets depend on the current emulation:

EmulationANSI VT, HFT SM94xx

PC International (437) �

PC Multilingual (850) �

PC Portuguese (860) �

ISO Latin (8859) �

ISO Latin (8859-SG) : ISO 8859 character setplus 64 characters issued from the code page437.

�

National 7-bit : 7-bit character set. Somecharacters of this character set depend onthe national keyboard (refer to Appendix A.2).

� � �

DEC Multinational �

SM9400 �

2.3.3 - National Keyboard Field

This field appears when ASCII mode is selected (refer to the description of the'Keycodes' Field). With ASCII mode, it is necessary to set the keyboardlanguage, because the terminal needs to associate a key with a letter. (Forexample, the letter <A> is not located in the same place on an AZERTYkeyboard as on a QWERTY keyboard).

Terminal Set-Up


Eleven national keyboards are available (for more information, refer toAppendix A.1). When you press <SPACE>, the following list appears. Use thevertical arrow keys and <RETURN> to select a language).

U.S.U.K.FrenchGermanSpanishSwiss (Ge)Swiss (Fr)BelgiumItalianPortugueseDutch

2.3.4 - "Backspace" Key Value Field

This field only appears when ASCII mode is selected (refer to the description ofthe 'Keycodes' Field). It permits a choice of ASCII character to be mapped tothe backspace key. Two values are available:

- BS (08hex) ,- DEL (7Fhex) .

2.3.5 - "." Key Value Field

This field only appears when ASCII mode is selected (refer to the description ofthe 'Keycodes' Field). It permits a choice of ASCII character to be mapped tothe '.' key on the numeric keypad. Two values are available:

- . (dot: 2Ehex),- , (comma: 2Chex).

Terminal Set-Up


2.3.6 - "CAPS" Key Mode Field

This field only appears when ASCII mode is selected (refer to the description ofthe 'Keycodes' Field). It sets the CAPS LOCK to behave in one of twoalternative ways:

- Caps Lock : only the alphabetical keys are affected. If the <Shift> key isnot used, the upper case letter is sent when an alphabetic key is pressedand the unshifted (lower) character is sent by other keys. When the<Shift> key is held down, pressing an alphabetic key sends thecorresponding lower case letter but pressing a non-alphabetic key sendsthe corresponding shifted (upper) character. To unlock this mode pressthe <CAPS> key.

- Shift Lock : all the keys send either the corresponding upper case letteror the shifted (upper) character. To unlock this mode press a <Shift> key.

2.3.7 - Compose Accented Characters Field

This field only appears when ASCII mode is selected (refer to the description ofthe 'Keycodes' Field) and when the character set selected is not 'ISO 7-bit'.

To get diacritical characters, two keystrokes are needed. The first one is themodifier (^, ~, ¨, etc.) and the second one is the character itself (a, n, y, etc).

This feature can be set with the following parameter values:- no : no specific processing is done for the modifier character- local : composite characters are locally process by the AX3000- remote : a special ASCII code is associated with each modifier character.These special ASCII codes allow the operating system to processcomposite characters (see mapchan on SCO UNIX).

For more information refer to Appendix A.4.

2.3.8 - "Num" LED Initialisation Field

Lights the NUM Keyboard LED when the AX3000 is switched on. Two values:- On,- Off .

Terminal Set-Up


2.3.9 - Beep Field

The terminal is able to sound a bell. This field allows the bell to be enabled ordisabled and sets the duration of the bell sound:

- No: no bell,- Short : 10 millisecs approx.,- Long : 40 millisecs approx.

2.3.10 - Repetition Key Delay Field

Select the automatic repetition delay when a key is held down. This is the delaybefore the key starts to auto-repeat:

- Low (250 millisecs) ,- Medium (500 millisecs) ,- High (1 second) .

2.3.11 - Repetition Key Speed Field

Select the automatic repetition speed when a key is held down:- low ,- medium ,- high .

Terminal Set-Up


2.4 - AUX1 PORT CONFIGURATION (25-PIN)

This set-up screen is used to configure the AUX1 port for use with a printer orother device. It appears when you press the <F3> key in set-up mode:

Notes: - This screen is for example only. Fields may be set to other values.- Within this screen, all the fields are global parameters.

2.4.1 - Operating Mode Field

The two possible uses of this serial port are:- Printer : data flow takes place only from the AX3000 to the serialperipheral (however handshaking from the peripheral to the AX3000 isperformed). This option is not suitable for printers which require bi-directional data flow (e.g. postscript printers).

- Bi-direct ional Device : bi-directional communication. Used to controlperipherals such as bar code readers, touch screens and printers thatrequire bi-directional data flow.

Terminal Set-Up


Note: Processing of incoming data depends on the service associated with theport:

- none : if AUX1 is the 'Default Auxiliary Port', input data is stored in thekeyboard buffer of the active session,

- rtty , tty or rtelnet : input data is processed by the associated service. OnUNIX systems this is the AXEL ttyd server, axttyd server or the telnetddaemon.

2.4.2 - Baud Rate Field

This field is used to set the baud rate between the Platine terminal and theserial peripheral. When you press <SPACE> the following list appears. Use thevertical arrow keys and the <RETURN > key to select a baud rate:

3001200240048009600

192003840057600

115200

2.4.3 - Data Format Field

This field is used to select the format of data bytes transferred between thePlatine terminal and the serial peripheral. When you press <SPACE> thefollowing list appears. Use the vertical arrow keys and the <RETURN > key toselect a baud rate:

7 Bits, 1 Stop, No parity7 Bits, 1 Stop, Even Parity7 Bits, 1 Stop, Odd Parity8 Bits, 1 Stop, No parity8 Bits, 1 Stop, Even Parity8 Bits, 1 Stop, Odd Parity

Terminal Set-Up


2.4.4 - Handshake for Transmission Field

This handshake is used between the Platine terminal and the serial peripheralto regulate the data flow. When the peripheral is not able to receive more data(because its input buffer is full), the peripheral sends a signal to stop thetransfer of data from the Platine terminal. The peripheral restarts the transferwhen it is ready to receive more input data.

Handshaking can be accomplished either by hardware (known as DTR becauseit changes the voltage on the DTR pin) or software (either XON/XOFF or XPC).

Press <SPACE> to display the handshake list. Use the vertical arrow keys andthe <RETURN> key to select the required handshake:

NoneDTRXON/XOFF (11h/13h)XPC (65h/67h)

2.4.5 - Test Device Presence Field

Software handshaking (XON/XOFF or XPC) does not test whether theperipheral is present. Data is lost if the peripheral is not present or switched off.This field enables this test to be performed so that data is only sent when theperipheral is ready.

Terminal Set-Up


Two values are available:- No: the test is not performed,- CTS: the CTS signal is used to perform this test.

Notes: - When enabling device presence testing, check your cable (refer toInstallation Guide) to ensure that the CTS pin is connected .

- Do not use this test with DTR handshaking.

2.4.6 - Handshake for Reception Field

This field only appears when the serial port is used as a bi-directional port (referto the description of the 'Operating Mode' Field).

This handshake is used between the Platine terminal and the serial peripheralto regulate the data flow. When the Platine terminal is not able to receive moredata (because its input buffer is full), the Platine terminal sends a signal to stopthe transfer of data from the peripheral. The Platine terminal restarts thetransfer when it is ready to receive more input data.

Handshaking can be accomplished either by hardware (known as DTR becauseit changes the voltage on the DTR pin) or by software (either XON/XOFF orXPC).



Terminal Set-Up


2.5 - AUX2 PORT CONFIGURATION (RJ45)

This set-up screen is used to configure the AUX2 port for use with a printer orother device. It appears when you press the <F4> key in set-up mode:

Notes: - This screen is for example only. Fields may be set to other values.- Within this screen, all the fields are global parameters.

2.5.1 - Operating Mode Field

The two possible uses of this serial port are:- Printer : data flow takes place only from the AX3000 to the serialperipheral (however handshaking from the peripheral to the AX3000 isperformed). This option is not suitable for printers which require bi-directional data flow (e.g. postscript printers).

- Bi-direct ional Device : bi-directional communication. Used to controlperipherals such as bar code readers, touch screens and printers thatrequire bi-directional data flow.

Terminal Set-Up


Note: Processing of incoming data depends on the service associated with theport:

- none : if AUX1 is the 'Default Auxiliary Port', input data is stored in thekeyboard buffer of the active session,

- rtty , tty or rtelnet : input data is processed by the associated service. OnUNIX systems this is the AXEL ttyd server, axttyd server or the telnetddaemon.

2.5.2 - Baud Rate Field

This field is used to set the baud rate between the Platine terminal and theserial peripheral. When you press <SPACE> the following list appears. Use thevertical arrow keys and the <RETURN > key to select a baud rate:

3001200240048009600

192003840057600

115200

2.5.3 - Data Format Field

This field is used to select the format of data bytes transferred between thePlatine terminal and the serial peripheral. When you press <SPACE> thefollowing list appears. Use the vertical arrow keys and the <RETURN > key toselect a baud rate:

7 Bits, 1 Stop, No parity7 Bits, 1 Stop, Even Parity7 Bits, 1 Stop, Odd Parity8 Bits, 1 Stop, No parity8 Bits, 1 Stop, Even Parity8 Bits, 1 Stop, Odd Parity

Terminal Set-Up


2.5.4 - Handshake for Transmission Field

This handshake is used between the Platine terminal and the serial peripheralto regulate the data flow. When the peripheral is not able to receive more data(because its input buffer is full), the peripheral sends a signal to stop thetransfer of data from the Platine terminal. The peripheral restarts the transferwhen it is ready to receive more input data.

Handshaking can be accomplished either by hardware (known as DTR becauseit changes the voltage on the DTR pin) or software (either XON/XOFF or XPC).



2.5.5 - Test Device Presence Field

Software handshaking (XON/XOFF or XPC) does not test whether theperipheral is present. Data is lost if the peripheral is not present or switched off.This field enables this test to be performed so that data is only sent when theperipheral is ready.

Two values are available:- No: the test is not performed,- CTS: the CTS signal is used to perform this test.

Notes: - When enabling device presence testing, check your cable (refer toInstallation Guide) to ensure that the CTS pin is connected .

- Do not use this test with DTR handshaking.

2.5.6 - Handshake for Reception Field

This field only appears when the serial port is used as a bi-directional port (referto the description of the 'Operating Mode' Field).

Terminal Set-Up


This handshake is used between the Platine terminal and the serial peripheralto regulate the data flow. When the Platine terminal is not able to receive moredata (because its input buffer is full), the Platine terminal sends a signal to stopthe transfer of data from the peripheral. The Platine terminal restarts thetransfer when it is ready to receive more input data.

Handshaking can be accomplished either by hardware (known as DTR becauseit changes the voltage on the DTR pin) or by software (either XON/XOFF orXPC).



Terminal Set-Up


2.6 - TERMINAL MODES

This set-up screen is used to define the terminal modes. It appears when youpress the <F5> key in set-up mode:


2.6.1 - Local Mode

When Local Mode is activated, characters entered from the keyboard arelocally processed and displayed by the Platine terminal. The Platine terminalprocesses and displays data received from the host.

When the Local Mode is disabled (the standard mode of working), charactersentered at the keyboard are sent to the host computer and the Platine terminalprocesses and displays data received from the host.

Terminal Set-Up


To enable (or disable) Local Mode, use the following key combination:<Ctrl><Alt><Shift><L>

Note: the value of this parameter is not retained after the terminal is switchedoff (i.e. when the Platine terminal is switched back on, Local Mode is not re-activated).

2.6.2 - SETUP Language Field

This field selects the language used to display set-up screens. Two languagesare available:

- English ,- National (depending on the firmware: French, German, Spanish,Portuguese )

2.6.3 - Default Auxiliary Port Field

One of the three auxiliary ports should be selected as the default printer port (toperform hardcopy printing or printing by escape sequences):

- None ,- AUX1 (25-pin auxiliary port),- AUX1 (RJ45 auxiliary port),- Parallel (parallel port).

Note: Escape sequences can be used to select either the default printer port ora required port (AUX1, AUX2 or parallel). For more information, refer toChapter 2.

2.6.4 - AUX1 Port Service Field

The AUX1 port can also be controlled by a network server. Press <SPACE> toselect a service or to modify the current service characteristics.

If the current service is printd , rtty , rcmd or lpd , the following dialog boxappears:

Service : printdTCP Port : 2048Filter : none

Terminal Set-Up


Press <SPACE> again to change the service. The following menu appears:

Noneprintdrttylpdrcmdrtelnettty

Note : if the current service is None, rtelnet or tty , the menu appearsimmediately and the dialog box is omitted.

The following services are available:- None : the port is only controlled by escape sequences- printd : uni-directional service. Unix service associated: printd- rtty : bi-directional service. Unix service associated: ttyd- lpd : the port is controlled by lpd (a standard UNIX print service)- rcmd : the port is controlled by rcmd (a standard UNIX service). Printingcan be performed through this service

- rtelnet: this service allows a serial terminal to be controlled. The portmust be set as a bi-directional port (<F3> set-up screen) and a UNIX hostmust be associated with it (TCP/IP Set-Up)

- tty : bi-directional service. Unix service associated: ax ttyd

Within the menu, use the vertical arrow keys to select the proper service andpress <RETURN>. The following dialog box appears:

Service : lpdPRN Name: aux1Filter : NL=CR+NL

Within this dialog box, use the vertical arrow keys to select a field, use<SPACE> to modify a field value and press <RETURN> to confirm.

According to the selected service, a PRN name (lpd and rcmd ) or a TCP portnumber (printd and rtty ) can be given to the port.

Terminal Set-Up


The Filter field (only available with lpd , printd and rtty ) allows line feed(NL) to be mapped to carriage return plus line feed (CR NL). 0Ah is mapped to0Dh 0Ah.

Note : Each of the 3 auxiliary ports of a Platine terminal must have differentTCP port numbers (or PRN names).

2.6.5 - AUX2 Port Service Field

The AUX2 port can also be controlled by a network server. Press <SPACE> toselect a service or to modify the current service characteristics.

If the current service is printd , rtty , rcmd or lpd ,the following dialog boxappears:



Noneprintdrttylpdrcmdrtelnettty

Note : if the current service is None, rtelnet or tty , the menu appearsimmediately and the dialog box is omitted.

The following services are available:- None : the port is only controlled by escape sequences- printd : uni-directional service. Unix service associated: printd- rtty : bi-directional service. Unix service associated: ttyd- lpd : the port is controlled by lpd (a standard UNIX print service)

Terminal Set-Up


- rcmd : the port is controlled by rcmd (a standard UNIX service). Printingcan be performed through this service

- rtelnet: this service allows a serial terminal to be controlled. The portmust be set as a bi-directional port (<F3> set-up screen) and a UNIX hostmust be associated with it (TCP/IP Set-Up)



Service : lpdPRN Name: aux2Filter : NL=CR+NL





2.6.6 - Parallel Port Service Field

The parallel port can also be controlled by a network server. Press <SPACE>to select a service or to modify the current service characteristics.

If the current service is printd , rtty , rcmd or lpd , the following dialog boxappears:


Terminal Set-Up



Noneprintdrttylpdrcmdtty

Note : if the current service is None or tty , the menu appears immediately andthe dialog box is omitted.

The following services are available:- None : the port is only controlled by escape sequences,- printd : the port is controlled by the unidirectional print service(associated with the AXEL printd server),

- rtty, : the port is controlled by the bi-directional rtty service (associatedwith the AXEL ttyd server),

- lpd : the port is controlled by lpd (a standard UNIX print service),- rcmd : the port is controlled by rcmd (a standard UNIX service). Printingcan be performed through this service.



Service : lpdPRN Name: parallelFilter : NL=CR+NL



Terminal Set-Up




2.6.7 - Emulation Field

This field selects the required emulation. The following emulations areavailable. Press <SPACE> to display the emulation list. Use the vertical arrowkeys and the <RETURN> key to select the required emulation:

ANSI ANSI DOS UNIX SCO 3.2.2 UNIX SCO 3.2.4 SCO OPENSERVER XENIX SCO UNIX SVR4 ANSI INTERACTIVE ANSI RS 6000 ANSI MOS ANSI DATA GENERAL VT220 VT AS400 HFT SM9400 SM9412

Note : SM9400 and SM9412 are only available with a special firmware.

The best way to select the required emulation is to use the 'Predefined Set-Up'screen (<F10> key). Then all terminal parameters are automatically set for theselected emulation.

Terminal Set-Up


2.6.8 - End Transparent Mode Sequence Field

Display data and printer data are sent from the host computer to the mainterminal serial port. The terminal identifies the data as printer information, whenit is preceded with a 'Start Transparent Mode Sequence' escape code andended by a 'End Transparent Mode Sequence' escape code.

It is possible to enter the 'End Transparent Mode Sequence' code from theterminal keyboard. This field indicates the ASCII character string required. Thefirst character is always the Esc character (1Bh).

2.6.9 - Monitor Mode Field

The monitor mode is used to examine the data received by the AX3000:- No: monitor mode disabled.- Yes, Hexadecimal Value : monitor mode is enabled and displays thehexadecimal value of received ASCII characters.

- Yes, Symbols : monitor mode is enabled and displays the receivedASCII characters themselves.

2.6.10 - Host Programmable Terminal Parameters Field

Many terminal parameters can be set from the host computer, by use of escapesequences (for further information, refer to Chapter 3). This feature may beprohibited to avoid undesirable side-effects:

- Yes: terminal parameters can be set with escape sequences,- No: terminal parameter escape sequences are not processed by theAX3000.

2.6.11 - Video Attribute Colouring Mode Field

The embedded colouring feature allows colour display of monochromeapplications. The Platine terminal performs the colouring process by generatinga background colour and a foreground colour for each monochrome characterattribute or graphics character.

This field enables or disables the colouring feature:- No: disable colouring feature,

Terminal Set-Up


- Yes (press <RETURN> to set c olours) : enable colouring feature. Thebackground colour, plus a foreground colour for each monochromecharacter attribute or graphics character, are set through the ColouringMode Set-Up screen.

Press the <RETURN> key to display the Colouring Mode Set-Up screen:

Terminal Set-Up


The 4 colouring attributes are:- Normal: no video attribute.- Reverse: the reverse video attribute- Underline: the underline video attribute- Graphics Character: VT emulations: for the 'DEC Special Graphics'

character set, characters in the range 6Ah to78h.others: for the 437, 850 and 860 character sets,characters in the range B0h to DFh. For the8859 character set, characters in the range 80hto 9Fh

Use <��> and <��> to select a colouring attribute and the <SPACE> key tochange the colour (foreground and background). <+> and <-> keys are used toselect the colour (8 colours for the background, 16 colours for the foreground).Use the <Esc> key to return to the previous set-up screen.

Terminal Set-Up


2.7 - TABULATIONS

This set-up screen is used to set the tab stop spacings for each session. Itappears when you press the <F6> key in set-up mode:

Note: this screen is for example only. Fields may be set to other values.

By default, tab stops are set at every eighth character column. There is one tabstop field for each column on the screen display. The screen display can be 80or 132 columns wide, depending on the number of columns set (see theNumber of Columns Field in the Screen Set-Up screen).

Use the horizontal arrow key to move the field cursor. Press <SPACE> to set orclear a tab stop.

Terminal Set-Up


2.8 - FUNCTION KEYS

This set-up screen is used for each session to define the values generated bythe function keys. Function keys can only be user-defined in ASCII mode.

The Function Key Set-Up screen appears when you press the <F7> key inset-up mode:

Note: this screen is for example only. Fields may be set to other values.

The programmable key list applies only to the selected emulation. The listincludes the function keys (used alone or in combination with <Alt> , <Ctrl> or<Shift> keys) and the keypad keys.

Use the vertical arrow keys to select the function (or keypad) key required.Press <SPACE> to change the key value. Enter the function key string. AllASCII characters are available (from 00hex to FFhex).

Terminal Set-Up


Note : to enter a character by its ASCII code, press <Alt>, enter the decimalASCII code from the numeric keypad, and then release the <Alt> key.

The following three control keys are available:- <F4>: save modifications.- <F5>: restore previous value.- <F6>: backspace.

Note: when a predefined set-up is selected, function keys are set to defaultvalues (for more information, refer to Appendix A.3).

Function Key Memory Usage:

The amount of memory used by the redefined function keys is shown by theindicator located at the top of the screen.

Memory is used for a function key definition whenever the function key valuediffers from the default value.

Sometimes, when you exit set-up, the Platine terminal will sound 5 'beeps'. Thisindicates insufficient memory for all the function key definitions. It isaggravated when the configuration for one session is duplicated to the othersessions.

Note: This problem may be overcome by decreasing the number of availablesessions, through TCP/IP Set-Up.

2.9 - CANCEL MODIFICATIONS

Pressing the <F8> key, while in set-up mode, cancels all modifications madesince you entered set-up mode. Confirmation is required (use <RETURN > and<SPACE> keys).

Terminal Set-Up


2.10 - RESTORE SAVED SETUP

Pressing the <F11> key, while in set-up mode, restores the last set-up to havebeen saved with the <F12> key. Confirmation is needed (use <RETURN > and<SPACE> keys).

2.11 - PREDEFINED SET-UP

Press the <F10> key to select the required Predefined Set-Up:

ANSI ANSI DOS UNIX SCO 3.2.2 UNIX SCO 3.2.4 SCO OPENSERVER XENIX SCO UNIX SVR4 ANSI INTERACTIVE ANSI RS 6000 ANSI MOS ANSI DATA GENERAL VT220 VT AS400 HFT SM9400 SM9412

Note : SM9400 and SM9412 are only available with a special firmware.

Use vertical arrow keys and the <RETURN > key to select a predefined set-up.

Selection of a predefined set-up resets all terminal parameters to thepredefined set-up default values. Terminal parameters can then be furtheradjusted, using the appropriate set-up screens, accessed via the function keys<F1> to <F7>.

Terminal Set-Up


2.12 - EXIT WITHOUT SAVING

Press the <F11> key to exit set-up mode without saving modifications.

After exiting set-up mode with this command, all modifications to the state ofthe Platine terminal will be retained, but only until the terminal is switched off.

2.13 - SAVE AND EXIT

Press the <F12> key to exit set-up mode and save modifications.

You will be asked if you wish to duplicate the current configuration to the othersessions. To answer, use <RETURN > and <SPACE> keys. The two availableanswers are:

- NO: only the current session is updated.- YES: all x sessions are updated (x is the number of sessions selectedthrough the TCP/IP Set-Up).

Confirmation is requested (use <RETURN > and <SPACE> keys).

After exiting set-up mode with this command, all modifications to the state ofthe Platine terminal will be retained, even after the terminal is switched off.

Note: when the propagation option is set, the terminal parameters of thecurrent session are updated when exiting set-up mode. However, the terminalparameters for each of the other sessions will not be updated until therespective session is opened.

Terminal Set-Up


2.14 - DISPLAY REVISION

Press the <Alt><F1> keys to display the firmware revision. The revision formatis as follows:

HHx.BVy.yy/TYPE.LG.zzzz.x

where: HH is the AX3000 hardwareFK: flash equipment (download available)RK: rom equipment (download not available)

x is the AX3000 board revision number (currently 3)BVy.yy is the AX3000 boot code version (currently BV1.1a)TYPE is the firmware type (TCP, SERIAL, etc.)LG is the default set-up language (FR, SP, GE, UK, etc.)zzzz is the version of the firmware (currently 9701)x is the index of the firmware version (a, b, c, etc.)

For example: FK3.BV1.1a/TCP.FR.9701.a

Terminal Set-Up


2.15 - MULTISESSION

This set-up screen is used to set the keystrokes to move between the Platineterminal's eight sessions. It appears when you press <Alt><F2> in set-upmode:

A multi-session keystroke is composed by:- one or more modifier keys for all the sessions,- one proper key for each session.

Seven modifier key combinations are available: SHIFT, CTRL, ALT, ALT +SHIFT, CTRL + SHIFT, CTRL + ALT and CTRL + ALT + SHIFT

Note : when a keystroke is used both within the Function Keys Screen Set-Up(<F7>) and within the Multi-session Screen Set-Up (<Alt><F2>), the multi-session feature has priority.

Terminal Commands


- 3 -TERMINAL COMMANDS

Terminal Commands


This chapter describes supported terminal commands for each personality.

The Platine terminal supports many personalities (emulations):- ANSI personalities (UNIX systems),- VT220, HFT and VT AS400 emulations,- SM9400 and SM9412 personalities (special firmware).

3.1 - ANSI EMULATIONS

An ANSI personality is selected through any of these predefined set-ups:- ANSI - ANSI DOS - UNIX SCO 3.2.2- UNIX SCO 3.2.4 - UNIX SCO 3.2.4 - XENIX SCO- UNIX SVR4 - ANSI INTERACTIVE - ANSI RS6000- ANSI MOS - ANSI DATA GENERAL

Terminal Command Formats are as follows:xxhxx Hexadecimal ASCII character (example: 1Bh is 27 decimal).

Esc xEsc 1Bh characterx ASCII character (greater than 20h)

CSI P... FCSI Esc [ ASCII characters (1Bh and 5Bh)P... ANSI command parameters. Parameters are separated by a

semicolon character (3Bh).F Final character

Terminal Commands


Notes: - a CSI sequence contains only 1 unprintable ASCII character (smallerthan 20h). All other characters are printable (greater than 20h).

- For the 4 SCO emulations, CSI can also be obtained by the 9BhASCII character (instead of the Esc [ ASCII characters).

Controlling the Cursor

Cursor right Pn columns CSI Pn C (or CSI Pn a)

Cursor right 08h

Cursor left Pn columns CSI Pn D

Cursor up Esc M

Cursor up Pn lines CSI Pn A

Cursor up Pn lines and to column 1 CSI Pn F

Cursor down Esc D (or 0Ah)

Cursor down Pn lines CSI Pn B (or CSI Pn e)

Cursor down Pn lines and to column 1 CSI Pn E

Cursor to column Pn CSI Pn G (or CSI Pn `)

Cursor to line Pn CSI Pn d

Cursor to line Pn1 (1..25) column Pn2 (1..132) CSI Pn1;Pn2 H

(or CSI Pn1;Pn2 f)

Cursor to start of line (or to start of next line) 0Dh

Save cursor position CSI s (or Esc 7)

Restore cursor to saved position CSI u (or Esc 8)

Disable cursor CSI < 0 @

Enable cursor CSI < 1 @

Editing

Set tab stop at cursor position Esc H

Move cursor to next tab stop 09h

Move cursor backward Pn tab stops CSI Pn Z

Clear tab stop at cursor position CSI 0g

Clear all tab stops CSI 3g

Display ASCII character Pn CSI =Pn g

Insert Pn null characters beginning at cursor position CSI Pn @

Insert Pn lines of null characters beginning at cursor line CSI Pn L

Display Pn times, the last displayed character CSI Pn b

Erase display:

from cursor to end of screen CSI 0 J

from beginning of screen to cursor CSI 1 J

entire screen CSI 2 J

Terminal Commands


Erase line:

from cursor to end of line CSI 0 K

from start of line to cursor CSI 1 K

entire line CSI 2 K

Delete Pn characters beginning at cursor position CSI Pn P

Delete Pn lines beginning at cursor line CSI Pn M

Erase Pn character beginning at cursor column CSI Pn X

Controlling the Terminal

Sound bell 07h

Set scrolling region (beginning line number, ending line number) CSI Pn1;Pn2 r

Terminal mode on CSI Ps;...Ps h

Ps = 2: lock keyboard

Ps = 4: insert character mode

Ps = 20: new line (LF=CR+LF)

Ps = 32: lock keyboard and send ACK (06h)

Ps = 33: autoscrolling mode on

Ps = ?3: set 132-column display

Ps = ?6: origin is scrolling region

Ps = ?7: autowrap mode on

Terminal mode off CSI Ps;...Ps l*

Ps = 2: unlock keyboard

Ps = 4: replace character mode

Ps = 20: line feed

Ps = 33: autoscrolling mode off


Ps = ?6: origin is screen

Ps = ?7: autowrap mode off

PC-scancode mode CSI < 0 A

ASCII mode CSI < 1 A

Display 24 data lines + 1 message line CSI < 0 I**

Display 25 data lines CSI < 1 I

Enable main screen (24 lines) CSI < 0 E

Enable message line (25Th. line) CSI < 1 E

Disable colouring feature CSI < 0 G

Enable colouring feature CSI < 1 G

* The last character in this sequence is a lowercase L

** The last character in this sequence and in the next sequence is an uppercase i

Terminal Commands


Set colours for colouring mode (4 pairs) CSI < 2;Cn1;...;Cn8 G

Set a VGA palette colour CSI < 3;Cn;Pn G

Enable private enhanced AXEL ANSI sequence mode CSI < 0 B

Disable private enhanced AXEL ANSI sequence mode CSI < 1 B

Save current setting and set UNIX SCO 3.2.2 personality CSI < 0 H

Restore saved setting CSI < 1 H

Enable monitor mode Esc U

Disable monitor mode Esc X

Change page (only if '4 views, 2 pages' is selected through the set-up) CSI < Ps1;Ps2 L

Ps1 = 0: regular page changing Ps2 = 0: enable next page

Ps1 = 1: copy current page to wanted page before swap Ps2 = 1: enable page number 1

Ps1 = 2: clear wanted page before swap Ps2 = 2: enable page number 2

Turn keyboard LEDs on or off CSI < Pn1;Pn2;Pn3 O

Pn1 is the state of NUM LED, Pn2 is the state of CAPS LED and Pn3 is the state of SCROLL LED.

The Pn parameter values should be:

Pn = 0: the state of the LED (on or off) is not modified

Pn = 1: turn the LED on

Pn = 2: turn the LED off

Mouse feature (if set through the set-up) CSI < 1 M*

Pn = 0: disable mouse Pn = 1: local mode Pn = 2: raw mode

Double-size characters (if set through the set-up) CSI < Pn P term mess term

Pn = 1: double height Pn = 2: double width Pn = 3: double height / double width

term: message terminator message: character string displayed in double size

Controlling Character Attributes

Definition CSI Ps;...Ps m

Ps = 0: all attributes off

Ps = 1: bold

Ps = 4: underline (only monochrome VGA monitor)

Ps = 5: blinking

Ps = 7: reverse video

Ps = 8: blank

Ps = 10: selects the primary font

Ps = 11: selects the first alternate font; lets ASCII characters less than 32 be displayed as

ROM characters

Ps = 12: selects a second alternate font; toggles high bit of extended ASCII code before

displaying as ROM characters

* For more information, refer the concerned literature

Terminal Commands


Ps = 22: bold off

Ps = 24: blinking off

Ps = 25: underline off

Ps = 27: reverse video off

Ps = 3x: set foreground colour to colour x (x from 0 to 7)

0: black 1: red 2: green 3: brown*

4: blue 5: magenta 6: cyan 7: white

Ps = 38: enable underline option

Ps = 39: disable underline option

Ps = 4x: set background colour to colour x (x from 0 to 7)

0: black 1: red 2: green 3: brown


Printing Control Sequences

Default auxiliary port: CSI < Po F

Po = 1: AUX1 port Po = 2: AUX2 port Po = 3: parallel port

Using default port (serial or parallel): CSI Pn i

Pn = 0: Print screen Pn = 5: Enable local printing mode Pn = 4: Disable local printing mode

Enable Po auxiliary port for sending only (disable: CSI 4i) CSI < 5; Po C

Enable receive mode of Po auxiliary port (AUX1 or AUX2) CSI < 5; Po D

Disable receive mode of Po auxiliary port (AUX1 or AUX2) CSI < 4; Po D

Po = 0: default port Po = 1: AUX1 port Po = 2: AUX2 port Po = 3: parallel port

Programming Function Keys

ANSI mode: Esc Q Code Terminator Message Terminator

- Code: function key (<F1> = 0 (30h) ... <F61> = l (6Ch))

- Terminator: one character (>20h)

- Message: key definition (any character except Terminator). Character '^' (5Eh) indicates 20h

must be subtracted from the next character.

Example: ESC Q 0 amenu^-a , <F1> sends menu <RC>

AXEL mode: CSI < Code P Terminator Message Terminator

- Code: function key (refer to appendix A.3 or see the AX3000 set-up)




Example: CSI < 1 P amenu^-a , <F1> sends menu <RC>

* Yellow for ANSI RS6000 personality

Terminal Commands


Additional Screen Attributes Sequences (except ANSI DOS)

Set overscan colour to colour Cn (64 colours are available) CSI = Cn A

VGA mode 'blink' (8 background colours) CSI = D

VGA mode 'bold' (16 background colours) CSI = E

Set normal foreground colour to Cn CSI = Cn F*

Set normal background colour to Cn CSI = Cn G

Set normal foreground colour to Cn1 and background colour to Cn2 CSI 2;Cn1;Cn2 m

Set reverse foreground colour to Cn CSI = Cn H

Set reverse background colour to Cn CSI = Cn I

Set reverse foreground colour to Cn1 and background colour to Cn2 CSI 7;Cn1;Cn2 m

Set graphic foreground colour to Cn CSI = Cn J

Set graphic background colour to Cn CSI = Cn K

For XENIX personality only: VGA mode 'bold' (16 background colours) CSI 3;0 m

For XENIX personality only: VGA mode 'blink' (8 background colours) CSI 3;1 m

Save current colour setting CSI = Y

Restore saved colour setting CSI = Z

Reports

AX3000 Identification (IP address) CSI < a

Response: xxx.xxx.xxx.xxx <CR>

TCP/IP Status Line (set the associated label)

Syntax is: CSI < c Terminator Message Terminator


- Message: session label.

Example: CSI <czview 1z

* In this sequence and in the next 7 sequences, Cn value is in range 0 to 15

Terminal Commands


Private Enhanced AXEL ANSI Sequence Mode

The following sequences, derived from native personalities, may be used to speed up the display on a

Platine terminal. These sequences are shorter than their equivalent ANSI sequences.

Description Sequence Equivalent ANSI Seq.

Cursor up 05h CSI B

Cursor right 06h CSI C

Cursor left 08h CSI D

Cursor down 0Bh CSI A

Clear screen 0Eh CSI H CSI 2J

Cursor to line 1 column 1 1Eh CSI H

Insert a null character Esc @ CSI @

Erase display from cursor to end of screen Esc J CSI J

Erase line from cursor to end of line Esc K CSI K

Insert a line of null characters Esc L CSI L

Delete current line Esc M CSI M

Delete 1 character Esc P CSI P

Start local printing mode Esc ' CSI 5i

Stop local printing mode Esc ²² CSI 4i

All attributes off Esc a CSI 0m

Reverse video Esc b CSI 7m

Blinking Esc c CSI 5m

Underline Esc d CSI 4m

Cursor to line L and column C Esc f L C CSI L+33;C+33 H

Bold Esc h CSI 1m

Default attribute Esc p CSI 7m

Enable cursor Esc v CSI <1@

Disable cursor Esc w CSI <0@

Black foreground Esc r 0 CSI 22;30m

Red foreground Esc r 1 CSI 22;31m

Green foreground Esc r 2 CSI 22;32m

Brown foreground Esc r 3 CSI 22;33m

Blue foreground Esc r 4 CSI 22;34m

Magenta foreground Esc r 5 CSI 22;35m

Cyan foreground Esc r 6 CSI 22;36m

White foreground Esc r 7 CSI 22;37m

Grey foreground Esc r 8 CSI 1;30m

Light red foreground Esc r 9 CSI 1;31m

Terminal Commands


Description Sequence Equivalent ANSI Seq.

Light green foreground Esc r A CSI 1;32m

Yellow foreground Esc r B CSI 1;33m

Light blue foreground Esc r C CSI 1;34m

Light magenta foreground Esc r D CSI 1;35m

Light cyan foreground Esc r E CSI 1;36m

Bright white foreground Esc r F CSI 1;37m

Black background Esc s 0 CSI 40m

Red background Esc s 1 CSI 41m

Green background Esc s 2 CSI 42m

Brown background Esc s 3 CSI 43m

Blue background Esc s 4 CSI 44m

Magenta background Esc s 5 CSI 45m

Cyan background Esc s 6 CSI 46m

White background Esc s 7 CSI 47m

Cursor to line L and column C Esc ü L C CSI L+33;C+33

Reverse video Esc é CSI 7m

Reverse video off Esc â CSI 27m

Blinking Esc ä CSI 5m

Bold off Esc à CSI 22m

Blinking off Esc å CSI 25m

Bold Esc ç CSI 1m

Set foreground colour to x and background colour to y Esc ê x y CSI 3x;4ym

x and y available values:



Delete current line Esc ë CSI M

Insert a line of null characters Esc è CSI L

Enable message line (25Th. line) Esc ï CSI <1E

Enable main screen (24 lines) Esc î CSI <0E

Delete a character Esc ì CSI P

Insert a null character Esc Ä CSI @

Erase line from cursor to end of line Esc Å CSI K

Erase display from cursor to end of screen Esc É CSI J

Terminal Commands


3.2 - VT220, HFT AND VT AS400 EMULATIONS

Terminal Commands Formats are as follows:xxhxx Hexadecimal ASCII character (example: 1Bh is 27 decimal).




Note: a CSI sequence contains only one unprintable ASCII character (smallerthan 20h). All other characters are printable (greater than 20h).


Cursor right Pn columns CSI Pn C

Cursor left 08h


Cursor up Esc M


Cursor down Esc D (or 0Ah)

Cursor down Pn lines CSI Pn B

Cursor down Pn lines and to column 1 Esc E

Carriage return (and line feed according to the AX3000 set-up) 0Dh


(or CSI Pn1;Pn2 f)

Editing

Set tab stop at cursor position Esc H

Move cursor to next tab stop 09h

Clear tab stop at cursor position CSI 0g

Clear all tab stops CSI 3g





Terminal Commands


Erase display:

from cursor to end of screen CSI 0 J

from beginning of screen to cursor CSI 1 J

entire screen CSI 2 J

Erase line:

from cursor to end of line CSI 0 K

from start of line to cursor CSI 1 K

entire line CSI 2 K

Erase Pn characters beginning at cursor column CSI Pn X

Character Sets

Assign Ps character set as G0 Esc ( Ps

Assign Ps character set as G1 Esc ) Ps

Assign Ps character set as G2 Esc � Ps

Assign Ps character set as G3 Esc + Ps

Ps = B (ASCII) Ps = R (French) Ps = < (DEC multinational)

Ps = K (German) Ps = Y (Italian) Ps = 0 (DEC special graphics)

Ps = Z (Spanish) Ps = = (Swiss) Ps = %6 (Portuguese)

Map G0 to GL 0Fh

Map G1 to GL 0Eh

Map G2 to GL Esc n

Map G3 to GL Esc o

Map G1 to GR Esc ~

Map G2 to GR Esc }

Map G3 to GR Esc |

Temporarily map the G2 character set to GL, for the next character Esc N

Temporarily map the G3 character set to GL, for the next character Esc O


Definition CSI Ps;...Ps m

Ps = 0: normal

Ps = 1: dim

Ps = 4: underline (only monochrome VGA monitors)

Ps = 5: blinking


Ps = 8: blank

Ps = 22: normal

Ps = 24: blinking off

Ps = 25: underline off

Terminal Commands


Ps = 27: reverse video off

Ps = 3x: set foreground colour to colour x (x from 0 to 7)



Ps = 4x: set background colour to colour x (x from 0 to 7)




Sound bell 07h

Define scrolling region (beginning line number, ending line number) CSI Pn1;Pn2 r


Ps = 2: lock keyboard


Ps = 20: new line mode (LF=CR+LF)

Ps = 54: ASCII mode

Ps = ?1: cursor keys mode: application


Ps = ?4: smooth scroll

Ps = ?5: Light background (paper white)

Ps = ?6: origin is scrolling region

Ps = ?7: autowrap mode on

Ps = ?8: autorepeat mode on

Ps = ?12: turn the CAPS LED on

Ps = ?18: print Form Feed (0Ch) mode on

Ps = ?19: printer extent mode: screen

Ps = ?25: enable cursor

Ps = ?42: national mode

Terminal mode off CSI Ps;...Ps l*

Ps = 2: unlock keyboard

Ps = 4: replace character mode

Ps = 20: line feed mode

Ps = 54: PC-scancode mode

Ps = ?1: cursor keys mode: cursor

Ps = ?2: entering VT52 Mode

Ps = ?3: set 80-columns display

Ps = ?4: jump scroll

* The last character in this sequence is a lowercase L

Terminal Commands


Ps = ?5: normal background

Ps = ?6: origin is screen

Ps = ?7: autowrap mode off

Ps = ?8: autorepeat mode off

Ps = ?12: turn the CAPS LED off

Ps = ?18: print Form Feed (0Ch) mode off

Ps = ?19: printer extent mode: region

Ps = ?25: disable cursor

Ps = ?42: multinational mode

Display 24 data lines + 1 message line CSI < 0 I*

Display 25 data lines CSI < 1 I

Enable main screen (24 lines) CSI < 0 E

Enable message line (25Th. line) CSI < 1 E

Keypad application mode Esc =

Keypad numeric mode Esc >

Double-width, double-height line (top half) Esc # 3

Double-width, double-height line (bottom half) Esc # 4

Single-width, single-height line Esc # 5

Double-width, single-height line Esc # 6

Enable view number 1 CSI U

Enable view number 2 CSI V

Save current cursor position Esc 7

Restore cursor to saved position Esc 8

Disable colouring feature CSI < 0 G

Enable colouring feature CSI < 1 G

Set colours for colouring mode (4 pairs) CSI < 2;Cn1;...;Cn8 G

Set a VGA palette colour CSI < 3;Cn;Pn G

Change page (only if '4 views, 2 pages' is selected through the set-up) CSI < Ps1;Ps2 L

Ps1 = 0: regular page changing Ps2 = 0: enable next page

Ps1 = 1: copy current page to wanted page before swap Ps2 = 1: enable page number 1

Ps1 = 2: clear wanted page before swap Ps2 = 2: enable page number 2

Turn keyboard LEDs on or off CSI < Pn1;Pn2;Pn3 O

Pn1 is the state of NUM LED, Pn2 is the state of CAPS LED and Pn3 is the state of SCROLL LED.

The Pn parameter values should be:

Pn = 0: the state of the LED is not modified Pn = 1: turn the LED on Pn = 1: turn the LED on

* The last character in this sequence and in the next sequence is an uppercase i

Terminal Commands



Select the default printer port: CSI < Po F

Po = 1: AUX1 Po = 2: AUX2 Po = 3: parallel

Using default port (serial or parallel): CSI Pn i

Pn = 0: print screen Pn = 5: Enable local printing mode Pn = 4: Disable local printing mode

Enable Po auxiliary port for sending only (disable: CSI 4i) CSI < 5; Po C

Enable receive mode of Po auxiliary port (only AUX1) CSI < 5; Po D

Disable receive mode of Po auxiliary port (only AUX1) CSI < 4; Po D

Po = 0: default port Po = 1: AUX1 Po = 2: parallel

Print cursor line when 0Ah is received CSI ? 1 i

Auto print mode on CSI ? 5 i

Auto print mode off CSI ? 4 i

Protected Characters

Next written characters are protected CSI 1 " q

Next written characters are unprotected CSI 2 " q (or CSI 0 " q)

Erase only unprotected characters in display:

from cursor to end of screen CSI ? 0 J

from beginning of screen to cursor CSI ? 1 J

entire screen CSI ? 2 J

Erase only unprotected characters in line:

from cursor to end of line CSI ? 0 K

from start of line to cursor CSI ? 1 K

entire line CSI ? 2 K

Programming Function Keys

VT220 mode: Esc P Ps1 ; Ps2 | Keyn / Stn { ; Keyn / Stn } Esc \

Ps1=0: clear all keys before loading new values (default value)

Ps1=1: clear one key at a time, before loading a new value

Ps2=0: lock the keys (default value)

Ps2=1: do not lock the keys

Keyn: the key selector number indicates which key you are defining

17: <Shift><F6> 23: <Shift><F11> 29: <Alt><Shift><F8>

18: <Shift><F7> 24: <Shift><F12> 31: <Alt><Shift><F9>

19: <Shift><F8> 25: <Alt><Shift><F5> 32: <Alt><Shift><F10>



Stn: the string parameter is the key definition, encoded as pairs of hexadecimal codes.

Example: LOG <RC> is coded by 4C4F470D

Terminal Commands


AXEL mode: CSI < Code P Terminator Message Terminator



- Message: key definition (any character except Terminator). Character '^' (5Eh) indicates 20h must

be subtracted from the next character.


Resetting the Terminal

Hard terminal reset Esc c

Soft terminal reset CSI 0 ! p

Select an operating level CSI Ps1;Ps2 " p

Ps1 = 61: level 1 (VT100) Ps2 = 0: 8-bit controls (level 2 only)

Ps1 = 62: level 2 (VT220) Ps2 = 1: 7-bit controls

Ps2 = 2: 8-bit controls (level 2 only)

Reports

AX3000 Identification (IP address) CSI < a

Response: xxx.xxx.xxx.xxx <CR>

Primary Device Attributes request CSI c (or Esc Z)

Response: CSI ? 62 ; 1 ; 2 ; 6 ; 7 ; 8 ; 9 c

Secondary Device Attributes request CSI > c

Response: CSI > 1 ; 10 ; 0 c

AX3000 operating status CSI 5 n

Response: CSI 0 n (ready)

Cursor position report CSI 6 n

Response: CSI Pn1; Pn2 R (Pn1 = line number, Pn2 = column number)

Printer status CSI ? 15 n

Response: CSI ? 10 n (printer ready)

CSI ? 11 n (printer not ready)

UDK (Programming function keys) report CSI ? 25 n

Response: CSI ? 20 n (UDKs unlocked)

CSI ? 21 n (UDKs locked)

Keyboard language CSI ? 26 n

Response: CSI ? 27;Ps n

Ps values: 1: North American 7: German 9: Italian

10: Swiss 14: French 15: Spanish

16: Portuguese

Terminal Commands







Terminal Commands


3.4 - SM94XX PERSONALITIES

A SM94xx personality is selected through two predefined set-ups:- SM9400- SM9412

Terminal Command Formats are as follows:xxhxx Hexadecimal ASCII character (example: 1Bh is 27 decimal).




Notes: a CSI sequence contains only 1 unprintable ASCII character (smallerthan 20h). All other characters are printable (greater than 20h).


Cursor right 18h

Cursor left 19h

Cursor up 1Ah

Cursor right Pn columns CSI Pn C



Cursor down Pn lines CSI Pn B


Cursor to line Pn1 (0..23) column Pn2 (0..131) Esc G Pn1+20h Pn2+20h

Cursor to line Pn1 (0..23) column Pn2 (0..131) Esc G Pn1+20h Pn2+20h

Cursor to line 1 column 1 (upper left corner) 1Dh

Cursor to start of next line 1Eh

Cursor down (scroll if necessary) 0Ah

Cursor down (no scroll) 0Bh

Cursor to start of line 0Dh

Cursor block (Ps=2) or cursor line (Ps=4) Esc n Ps

Terminal Commands


Editing

Delete characters before cursor position Esc T



Erase Pn character beginning at cursor column CSI Pn X



Erase current line 0Fh

Clear screen from cursor to end of screen (if backspace=SM9400) 08h

Clear screen 0Ch

Scroll down Pn lines CSI Pn T

Scroll up Pn lines CSI Pn S

Scroll left Pn columns CSI Pn 20h @

Scroll right Pn columns CSI Pn 20h A


Sound bell 07h

Terminal mode on CSI = Ps;...Ps h

Ps = 0: autowrap mode off

Ps = 1: enable vertical scrolling

Ps = 4: disable cursor

Ps = 5: character attribute mode

Ps = 6: set 132-column display


Ps = 3: monitor mode on


Terminal mode off CSI = Ps;...Ps l*

Ps = 0: autowrap mode on

Ps = 1: disable vertical scrolling

Ps = 4: enable cursor

Ps = 5: line attribute mode

Ps = 6: set 80-column display

Terminal mode off CSI Ps;...Ps l

Ps = 3: monitor mode off

Ps = 4: overwrite character mode

switch off display Esc E

Switch on display Esc F

* The last character in this sequence and in the next sequence is a lowercase L

Terminal Commands


Lock keyboard Esc A

Unlock keyboard Esc B

Control codes can be entered on keyboard Esc O

Control codes can not be entered on keyboard Esc N

Save AX3000 set-up Esc ! 2

Restore AX3000 set-up Esc ! 3

Controlling Screen Areas

A screen area is defined by its upper left corner (Pl1,Pc1) and its lower right corner (Pl2,Pc2).

Co-ordinates are in range 0 to 23 (lines) and 0 131 (columns)

Save a screen area CSI Pl1;Pc1;Pl2;Pc2 u

Restore a screen area CSI Pl1;Pc1 |*

Save a screen area and restore a previously saved screen area (i.e. swap two areas). P3=0: cursor

position not modified / P3=1: cursor position restored CSI Pl1;Pc1;Pl2;Pc2 }


Definition (if CSI=5h) CSI Ps;...Ps m

Ps = 0: all attributes off

Ps = 2: dim

Ps = 4: underline (only monochrome VGA monitor)

Ps = 5: blinking


Ps = 8: blank

Controlling Liner Attributes

Definition (if CSI=5l) Esc v Ps

Ps = @: Normal

Ps = A: Underline

Ps = B: Blink

Ps = C: Underline + Blink

Ps = D: Reverse

Ps = E: Reverse + Underline

Ps = F: Reverse + Blink

Ps = G: Reverse + Blink + Underline

Ps = H: Dim

Ps = I: Dim + Underline

Ps = J: Dim + Blink

* The ASCII code of the last character is 7Ch

Terminal Commands


Ps = K: Dim + Blink + Underline

Ps = L: Dim + Reverse

Ps = M: Dim + Reverse + Underline

Ps = N: Dim + Reverse + Blink

Ps = O: Dim + Reverse + Blink + Underline

Ps = P: Invisible

User Defined Keys

IN2 mode:

Define a function key:

Esc K 0 Code Terminator Message Terminator

- Code: function key

<F1>=@, <F2>=A, <F3>=B...<F12>=K

<Shift><F1>=', <Shift><F2>=a, <Shift><F3>=b...<Shift><F12>=c


- Message: key definition (any character except Terminator).

Example: ESC K 0 @ amenua , <F1> sends menu

Restore default values:

Esc K 8 Code 0Dh

- Code: function key (see above). If Code is not present all the function keys are reset.

AXEL mode:

Syntax is: CSI < Code P Terminator Message Terminator







Enable local printing mode 10h

Disable local printing mode 1Ch

Box and line drawings

Esc m Ps Pc1 Pl1 Pc2 Pl2

- Ps: function code

Ps=D: draw a vertical line

Ps=@: draw a horizontal line

Ps=H: draw a box

Ps=$: erase a vertical line

Terminal Commands


Ps=!: erase a horizontal line

Ps=<: erase a box

- Pc1 Pl1 Pc2 Pl2: co-ordinate object. Lines (0..23) Columns (0..131). 20h is added

Example: draw a box. Upper left corner (5,5) lower right corner (40,15)

Esc m H % % H /

Terminal request

Terminal status Esc e

Response: 000 y C0h 0Dh

- y is the local printer status (60h: not ready / 62h: ready)

Cursor position Esc H

Response: Pc Pl C0h 0Dh

(subtract 20h to Pc and Pl)






Appendix


APPENDIX

Appendix


The parts of this section provide information about:- the available national keyboards,- the available character sets,- the default values for programming keys corresponding to the selectedpredefined set-up.

- dead keys.

A.1 - NATIONAL KEYBOARDS

When a terminal is used in ASCII Mode, a national keyboard must be selected.

The AX3000 Platine terminal provides the following national keyboards:- USA- United Kingdom- France- Germany- Spain- Switzerland (German)- Switzerland (French)- Belgium- Italy- Portugal- Netherlands

The national keyboard selection is done through the Terminal Set-Up (<F2>option).

These 11 national keyboard layouts are described in the following.

Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


Appendix


A.2 - CHARACTER SETS

The Platine terminal supports many character sets. The available charactersets depend on the selected personality. Two different types of personality(emulation) are available:

- ANSI and SM94xx emulations,- VT220, HFT and VT AS400 emulations.

The following table codes show all the characters in the available charactersets. For each character, the decimal, hexadecimal and octal values are given:

character A4165

101

hexadecimal valuedecimal valueoctal value

A.2.1 - ANSI and SM94xx EMULATIONS

The following character sets are available with these personalities:- PC International 437,- PC Multilingual 850,- PC Portuguese 860,- ISO Latin (8859) only for ANSI emulations,- ISO Latin (8859-SG) only for ANSI emulations,- National ISO 7-Bit,- SM9400 only for SM94xx emulation.

The required character set is selected through the Terminal Set-Up (<F2>option).

Note: depending on the emulation used, the ASCII characters from 80h to 9Fhof the ISO Latin 8859 character set differ. For ANSI RS/6000 emulation theyare blank characters. For the other emulations, they are listed below.

Appendix


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Appendix


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ISO latin(8859) :

Appendix


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Appendix


National ISO 7-Bit:

Many characters of the National ISO 7-Bit set are dependent of the nationalkeyboard selected through the Terminal Set-Up.

This is the character set associated to the US keyboard:

0 1 2 3 4 5 6 70 NUL

000 DLE

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The following table shows the characters that differ from the National set (USkeyboard):

Hexadecimal code of the replaced characters

23 40 5B 5C 5D 5E 5F 60 7B 7C 7D 7E

France £ à ° ç § ^ _ ` é ù è ¨

Germany # § Ä Ö Ü ^ _ ` ä ö ü ß

Italy £ § ° ç é ^ _ ù à ò è ì

Spain £ § ¡ Ñ ¿ ^ _ ` ° ñ ç ~

Switzerland ù à é ç ê î è ô ä ö ü û

Portugal # @ Ã Ç Õ ^ _ ` ã ç õ ~

Appendix


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6 666

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SM9400 :

Appendix


A.2.2 - VT220, HFT and VT AS400 EMULATIONS

The VT emulations allow to build a 8-bit character set (256 characters) fromtwo 7-bit character sets (128 characters).

These 7-bit character sets are composed by 32 non-display control characters(called C0 and C1) and 94 display characters (called GL and GR).

A 8-bit character set is composed by:- C0: control characters (ASCII codes from 00h to 1Fh),- GL: graphic left (ASCII codes from 20h to 7Fh),- C1: control characters (ASCII codes from 80h to 9Fh),- GR: graphic right (ASCII codes from A0h to FFh).

The Platine terminal provides nine 7-bit character sets (described in thefollowing pages):

- ASCII,- 6 national replacement character sets (NRCs),- DEC Multinational,- DEC Special Graphics.

To use character sets, the following operations are done:- Map 4 character sets to the 4 available tables (G0, G1, G2 and G3).- Map two tables (G0, G1, G2 or G3) to GL and GR.

When the AX3000 is switched on, the GL, GR, G0, G1, G2 and G3 tables areinitialised according to the character set selected through the Terminal Set-Up:

- DEC Multinational: GL and G0: ASCII set,GR, G1, G2 and G3: DEC Multinational set.

- National ISO 7-BIT: GL and G0: NRCs (according to the used keyboard)GR, G1, G2 and G3: unknown

Appendix


The following drawing shows the designating and mapping character setmechanisms:

��

ASCIIASCII FranceASCII GermanyASCII ItalyASCII SpainASCII SwitzerlandASCII Portugal

DEC MultinationalDEC Special Graphics

��

�

��

��

The following escape sequences allow to designate and to map character sets(where Ps encoded the character set):

(A): Esc ( Ps (1): 0Fh(B): Esc ) Ps (2): 0Eh(C): Esc � Ps (3): Esc ~(D): Esc + Ps (4): Esc n

(5): Esc }(6): Esc o(7): Esc |

Ps values: Ps: B (ASCII) Ps: R (French) Ps: < (DEC multinational)Ps: K (German) Ps: Y (Italian) Ps: 0 (DEC special graphics)Ps: Z (Spanish) Ps: = (Swiss) Ps: %6 (Portuguese)

Appendix


The following describes the 9 available character sets (these sets can bemapped either to GL or GR):

0 1 2 3 4 5 6 70 NUL

000 DLE

101620 SP

203240

0 304860

@ 4064

100P 50

80120

` 6096

140p 70

112160

1 SOH111 DC1

111721

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1 314961

A 4165

101Q 51

81121

a 6197

141q 71

113161

2 STX222 DC2

121822

" 223442

2 325062

B 4266

102R 52

82122

b 6298

142r 72

114162

3 ETX333 DC3

131923

# 233543

3 335163

C 4367

103S 53

83123

c 6399

143s 73

115163

4 EOT444 DC4

142024

$ 243644

4 345264

D 4468

104T 54

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d 64100144

t 74116164

5 ENQ555 NAK

152125

% 253745

5 355365

E 4569

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85125

e 65101145

u 75117165

6 ACK666 SYN

162226

& 263846

6 365466

F 4670

106V 56

86126

f 66102146

v 76118166

7 BEL777 ETB

172327

' 273947

7 375567

G 4771

107W 57

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g 67103147

w 77119167

8 BS88

10 CAN182430

( 284050

8 385670

H 4872

110X 58

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h 68104150

x 78120170

9 HT99

11 EM192531

) 294151

9 395771

I 4973

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i 69105151

y 79121171

A LFA

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B VTB

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1B2733

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; 3B5973

K 4B75

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{ 7B123173

C FFC

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D CRD

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n 6E110156

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F SIF

1517 US

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O 4F79

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This table shows the characters in each NRC set that differ from the ASCII set:

Hexadecimal code of the replaced characters

23 40 5B 5C 5D 5E 5F 60 7B 7C 7D 7E

France £ à ° ç § ^ _ ` é ù è ¨

Germany # § Ä Ö Ü ^ _ ` ä ö ü ß

Italy £ § ° ç é ^ _ ù à ò è ì

Spain £ § ¡ Ñ ¿ ^ _ ` ° ñ ç ~

Switzerland ù à é ç ê î è ô ä ö ü û

Portugal # @ Ã Ç Õ ^ _ ` ã ç õ ~

ASCII(C0 & GL)

Appendix


8 9 A B C D E F0 80

128200 DCS

90144220

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°B0

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ÀC0

192300

D0208320

àE0

224340

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1 81129201 PU1

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��A1

161241

��B1

177261

ÁC1

193301

ÑD1

209321

áE1

225341

ñF1

241361

2 82130202 PU2

92146222

¢A2

162242

��B2

178262

ÂC2

194302

ÒD2

210322

âE2

226342

òF2

242362

3 83131203 STS

93147223

£ A3163243

³B3

179263

ÃC3

195303

ÓD3

211323

ãE3

227343

óF3

243363

4 IND84

132204 CCH

94148224

A4164244

B4180264

ÄC4

196304

ÔD4

212324

äE4

228344

ôF4

244364

5 NEL85

133205 MW

95149225

¥A5

165245

��B5

181265

ÅC5

197305

ÕD5

213325

åE5

229345

õF5

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6 SSA86

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96150226

A6166246

¶B6

182266

ÆC6

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ÖD6

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æE6

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öF6

246366

7 ESA87

135207 EPA

97151227

§ A71672A7

.B7

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ÇC7

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ŒD7

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çE7

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8 HTS88

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¤ A8168250

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9 HTJ89

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©A9

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A VTS8A

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D RI8D

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117

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DECSpecialGraphics(C0 & GL)

DECMultinational(C1 & GR)

Appendix


A.3 - PROGRAMMING KEYS

AXEL’s built-in predefined set-ups automatically set all standard terminalparameters to match the selected operating system.

Automatic configuration sets both the 'standard' terminal parameters(emulation, number of lines, screen modes, etc) and also the values of theavailable programming function keys.

Up to 61 programming keys (48 function keys plus the numeric keypad) areupdated in this way.

Default values for the programming keys for ANSI and VT220 emulations arelisted in the tables on the following pages.

Note: in the following tables, the 'N°' column is the function key number(AX3000's set-up), the 'Keystroke' column is the associated keystroke and the'Value' column is the corresponding default value.

A.3.1 - ANSI EMULATIONS

The following pages list the default values for the programming keyscorresponding to each ANSI emulation.

Appendix


ANSI, ANSI DOS, UNIX SCO 3.2.2, UNIX SCO 3.2.4, SCO OPENSERVERXENIX SCO and ANSI DATA GENERAL:

N° Keystroke Value

F1 F1 Esc [M

F2 F2 Esc [N

F3 F3 Esc [O

F4 F4 Esc [P

F5 F5 Esc [Q

F6 F6 Esc [R

F7 F7 Esc [S

F8 F8 Esc [T

F9 F9 Esc [U

F10 F10 Esc [V

F11 F11 Esc [W

F12 F12 Esc [X

F13 Shift+F1 Esc [Y

F14 Shift+F2 Esc [Z

F15 Shift+F3 Esc [a

F16 Shift+F4 Esc [b

F17 Shift+F5 Esc [c

F18 Shift+F6 Esc [d

F19 Shift+F7 Esc [e

F20 Shift+F8 Esc [f

F21 Shift+F9 Esc [g

F22 Shift+F10 Esc [h

F23 Shift+F11 Esc [i

F24 Shift+F12 Esc [j

F25 Ctrl+F1 Esc [k

F26 Ctrl+F2 Esc [l

F27 Ctrl+F3 Esc [m

F28 Ctrl+F4 Esc [n

F29 Ctrl+F5 Esc [o

F30 Ctrl+F6 Esc [p

N° Keystroke Value

F31 Ctrl+F7 Esc [q

F32 Ctrl+F8 Esc [r

F33 Ctrl+F9 Esc [s

F34 Ctrl+F10 Esc [t

F35 Ctrl+F11 Esc [u

F36 Ctrl+F12 Esc [v

F37 Ctrl+Shift+F1 Esc [w

F38 Ctrl+Shift+F2 Esc [x

F39 Ctrl+Shift+F3 Esc [y

F40 Ctrl+Shift+F4 Esc [z

F41 Ctrl+Shift+F5 Esc [[

F42 Ctrl+Shift+F6 Esc [@

F43 Ctrl+Shift+F7 Esc [\

F44 Ctrl+Shift+F8 Esc []

F45 Ctrl+Shift+F9 Esc [^

F46 Ctrl+Shift+F10 Esc [_

F47 Ctrl+Shift+F11 Esc [`

F48 Ctrl+Shift+F12 Esc [{

F49 <Home> Esc [H

F50 <Up> Esc [A

F51 <PgUp> Esc [I

F52 <-> 2Dh

F53 <Left> Esc [D

F54 <5> Esc [E

F55 <Right> Esc [C

F56 <+> 2Bh

F57 <End> Esc [F

F58 <Down> Esc [B

F59 <PgDn> Esc [G

F60 <Ins> Esc [L

F61 <Del> 7Fh

Appendix


ANSI RS6000:

N° Keystroke Value

F1 F1 Esc [001q

F2 F2 Esc [002q

F3 F3 Esc [003q

F4 F4 Esc [004q

F5 F5 Esc [005q

F6 F6 Esc [006q

F7 F7 Esc [007q

F8 F8 Esc [008q

F9 F9 Esc [009q

F10 F10 Esc [010q

F11 F11 Esc [011q

F12 F12 Esc [012q

F13 Shift+F1 Esc [013q












F25 Ctrl+F1 Esc [025q






N° Keystroke Value







N° Keystroke Value

F49 <Home> Esc [H

F50 <Up> Esc [A

F51 <PgUp> Esc [150q

F52 <-> 2Dh

F53 <Left> Esc [D

F54 <5> Esc [E

F55 <Right> Esc [C

F56 <+> 2Bh

F57 <End> Esc [146q

F58 <Down> Esc [B

F59 <PgDn> Esc [154q

F60 <Ins> Esc [139q

F61 <Del> 7Fh

Appendix


ANSI INTERACTIVE / UNIX SVR4:

N° Keystroke Value

F1 F1 Esc OP

F2 F2 Esc OQ

F3 F3 Esc OR

F4 F4 Esc OS

F5 F5 Esc OT

F6 F6 Esc OU

F7 F7 Esc OV

F8 F8 Esc OW

F9 F9 Esc OX

F10 F10 Esc OY

F11 F11 Esc OZ

F12 F12 Esc OA

F13 Shift+F1 Esc Op

F14 Shift+F2 Esc Oq

F15 Shift+F3 Esc Or

F16 Shift+F4 Esc Os

F17 Shift+F5 Esc Ot

F18 Shift+F6 Esc Ou

F19 Shift+F7 Esc Ov

F20 Shift+F8 Esc Ow

F21 Shift+F9 Esc Ox

F22 Shift+F10 Esc Oy

F23 Shift+F11 Esc Oz

F24 Shift+F12 Esc Oa

F25 Ctrl+F1 Esc OP

F26 Ctrl+F2 Esc OQ

F27 Ctrl+F3 Esc OR

F28 Ctrl+F4 Esc OS

F29 Ctrl+F5 Esc OT

F30 Ctrl+F6 Esc OU

N° Keystroke Value

F31 Ctrl+F7 Esc OV

F32 Ctrl+F8 Esc OW

F33 Ctrl+F9 Esc OX

F34 Ctrl+F10 Esc OY

F35 Ctrl+F11 Esc OZ

F36 Ctrl+F12 Esc OA

F37 Ctrl+Shift+F1 1Fh

F38 Ctrl+Shift+F2 ---

F39 Ctrl+Shift+F3 Esc Or

F40 Ctrl+Shift+F4 Esc Os

F41 Ctrl+Shift+F5 Esc Ot

F42 Ctrl+Shift+F6 Esc Ou

F43 Ctrl+Shift+F7 Esc Ov

F44 Ctrl+Shift+F8 Esc Ow

F45 Ctrl+Shift+F9 Esc Ox

F46 Ctrl+Shift+F10 Esc Oy

F47 Ctrl+Shift+F11 Esc Oz

F48 Ctrl+Shift+F12 Esc Oa

F49 <Home> Esc [H

F50 <Up> Esc [A

F51 <PgUp> Esc [V

F52 <-> Esc [S

F53 <Left> Esc [D

F54 <5> Esc [G

F55 <Right> Esc [C

F56 <+> Esc [T

F57 <End> Esc [Y

F58 <Down> Esc [B

F59 <PgDn> Esc [U

F60 <Ins> Esc [@

F61 <Del> 7Fh

Appendix


ANSI MOS:

N° Keystroke Value

F1 F1 Esc '

F2 F2 Esc a

F3 F3 Esc b

F4 F4 Esc c

F5 F5 Esc d

F6 F6 Esc e

F7 F7 Esc f

F8 F8 Esc g

F9 F9 Esc h

F10 F10 Esc i

F11 F11 Esc j

F12 F12 Esc k

F13 Shift+F1 Esc p

F14 Shift+F2 Esc q

F15 Shift+F3 Esc r

F16 Shift+F4 Esc s

F17 Shift+F5 Esc t

F18 Shift+F6 Esc u

F19 Shift+F7 Esc v

F20 Shift+F8 Esc w

F21 Shift+F9 Esc x

F22 Shift+F10 Esc y

F23 Shift+F11 Esc z

F24 Shift+F12 Esc {

F25 Ctrl+F1 Esc [k

F26 Ctrl+F2 Esc [l

F27 Ctrl+F3 Esc [m

F28 Ctrl+F4 Esc [n

F29 Ctrl+F5 Esc [o

F30 Ctrl+F6 Esc [p

N° Keystroke Value

F31 Ctrl+F7 Esc [q

F32 Ctrl+F8 Esc [r

F33 Ctrl+F9 Esc [s

F34 Ctrl+F10 Esc [t

F35 Ctrl+F11 Esc [u

F36 Ctrl+F12 Esc [v

F37 Ctrl+Shift+F1 Esc [w

F38 Ctrl+Shift+F2 Esc [x

F39 Ctrl+Shift+F3 Esc [y

F40 Ctrl+Shift+F4 Esc [z

F41 Ctrl+Shift+F5 Esc [@

F42 Ctrl+Shift+F6 Esc [[

F43 Ctrl+Shift+F7 Esc [\

F44 Ctrl+Shift+F8 Esc []

F45 Ctrl+Shift+F9 Esc [^

F46 Ctrl+Shift+F10 Esc [_

F47 Ctrl+Shift+F11 Esc [`

F48 Ctrl+Shift+F12 Esc [{

F49 <Home> Esc [H

F50 <Up> Esc [A

F51 <PgUp> Esc [I

F52 <-> 2Dh

F53 <Left> Esc [D

F54 <5> Esc [G

F55 <Right> Esc [C

F56 <+> 2Bh

F57 <End> Esc [F

F58 <Down> Esc [B

F59 <PgDn> Esc [G

F60 <Ins> Esc [L

F61 <Del> 7Fh

Appendix


NON PROGRAMMING FUNCTION KEYS:

For all the ANSI emulations, an additional 12 function keys are available. It isnot possible to modify the values of these keys:

Keystroke Value

Alt+F1 Esc [<a

Alt+F2 Esc [<b

Alt+F3 Esc [<c

Alt+F4 Esc [<d

Alt+F5 Esc [<e

Alt+F6 Esc [<f

Alt+F7 Esc [<g

Alt+F8 Esc [<h

Alt+F9 Esc [<i

Alt+F10 Esc [<j

Alt+F11 Esc [<k

Alt+F12 Esc [<l

Note : in ANSI DATA GENERAL emulation, the <Enter> keys (main keypad andnumeric keypad) send the ASCII code 0Ah (with the other ANSI emulation,these keys send the ASCII code 0Dh).

Appendix


A.3.2 - VT220 EMULATION

Function keys:

N° Keystroke Value

F1 F1 Esc OP

F2 F2 Esc OQ

F3 F3 Esc OR

F4 F4 Esc OS

F5 F5 Esc [16~

F6 F6 Esc [17~

F7 F7 Esc [18~

F8 F8 Esc [19~

F9 F9 Esc [20~

F10 F10 Esc [21~

F11 F11 Esc [23~

F12 F12 Esc [24~

F13 Alt+F1 Esc OP

F14 Alt+F2 Esc OQ

F15 Alt+F3 Esc OR

F16 Alt+F4 Esc OS

F17 Alt+F5 Esc [25~

F18 Alt+F6 Esc [26~

F19 Alt+F7 Esc [28~

F20 Alt+F8 Esc [29~

F21 Alt+F9 Esc [31~

F22 Alt+F10 Esc [32~



N° Keystroke Value

F25 Shift+F1 Esc OT

F26 Shift+F2 Esc OU

F27 Shift+F3 Esc OV

F28 Shift+F4 Esc OW

F29 Shift+F5 ---

F30 Shift+F6 ---

F31 Shift+F7 ---

F32 Shift+F8 ---

F33 Shift+F9 ---

F34 Shift+F10 ---

F35 Shift+F11 ---

F36 Shift+F12 ---

F37 Alt+Shift+F1 ---












Note : F37 to F48 are alsoaccessed through <Ctrl><Fx>

Appendix


The keypad modes (numeric or application) and the cursor keypad modes(cursor or application) are selected through escape sequences.

Numeric keypad:

Keypad Mode ApplicationN° Key Locked Unlocked Mode

--- <*> * * Esc Ol

F52 <-> - - Esc Om

F61 <.> . . Esc On

F60 <0> 0 Esc q Esc Op

F57 <1> 1 Esc [5~ Esc Oq

F58 <2> 2 Esc [B Esc Or

F59 <3> 3 Esc [U Esc Os

F53 <4> 4 Esc [D Esc Ot

F54 <5> 5 5 Esc Ou

F55 <6> 6 Esc [C Esc Ov

F49 <7> 7 Esc [2~ Esc Ow

F50 <8> 8 Esc [A Esc Ox

F51 <9> 9 Esc [V Esc Oy

--- <Return> CR or CR+LF CR or CR+LF Esc OM

F56 <+> + + +

--- </> / / /

Cursor keypad:

KeyCursor

ModeApplication

Mode

<Up> Esc [A Esc OA

<Down> Esc [B Esc OB

<Right> Esc [C Esc OC

<Left> Esc [D Esc OD

The editing keypad:

Key Value

<Ins> Esc [1~

<Home> Esc [2~

<PgUp> Esc [3~

<Del> Esc [4~

<End> Esc [5~

<PgDn> Esc [6~

Appendix


A.3.3 - VT AS400 EMULATION

Function keys:

N° Keystroke Value

F1 F1 Esc 1

F2 F2 Esc 2

F3 F3 Esc 3

F4 F4 Esc 4

F5 F5 Esc 5

F6 F6 Esc 6

F7 F7 Esc 7

F8 F8 Esc 8

F9 F9 Esc 9

F10 F10 Esc 0

F11 F11 Esc -

F12 F12 Esc =

F13 Alt+F1 Esc !

F14 Alt+F2 Esc @

F15 Alt+F3 Esc #

F16 Alt+F4 Esc $

F17 Alt+F5 Esc %

F18 Alt+F6 Esc ^

F19 Alt+F7 Esc &

F20 Alt+F8 Esc *

F21 Alt+F9 Esc (

F22 Alt+F10 Esc )

F23 Alt+F11 Esc _

F24 Alt+F12 Esc +

Appendix


The keypad modes (numeric or application) and the cursor keypad modes(cursor or application) are selected through escape sequences.

Numeric keypad:

Keypad Mode

N° Key Locked Unlocked

--- <*> * *

F52 <-> - -

F61 <.> . 7Fh

F60 <0> 0 Esc q

F57 <1> 1 Esc [5~

F58 <2> 2 Esc [B

F59 <3> 3 Esc [U

F53 <4> 4 Esc [D

F54 <5> 5 5

F55 <6> 6 Esc [C

F49 <7> 7 Esc [2~

F50 <8> 8 Esc [A

F51 <9> 9 Esc [V

--- <Return> CR or CR+LF CR or CR+LF

F56 <+> + +

--- </> / /

Cursor keypad:

KeyCursor

Mode

<Up> Esc [A

<Down> Esc [B

<Right> Esc [C

<Left> Esc [D

Editing keypad:

Key Value

<Ins> Esc I

<Home> Ctrl O

<PgUp> Ctrl U

<Del> 7Fh

<End> ---

<PgDn> Ctrl F

Appendix


The following keystroke are available in VT AS400 emulation. It is not possibleto modify these keys:

Keystroke Value Label

<Print Screen> Esc P Print

<Tab> 09h Field Avance

<Ctrl left> Esc R Error Reset

<Shift><F1> Esc H Help

<Shift><Return> Esc 0Ah New line

<Shift><Tab> Esc 09h Field Backspace

<Alt><Pause> Esc A Attention

<Alt><Print Screen> Esc S System request

<Alt><+> (numeric keypad) Esc D Duplicate

<Alt><-> (numeric keypad) Esc M Field Minus

<Alt><Home> (cursor keypad) Ctrl E Erase input

<Alt><Suppr> (cursor keypad) Esc X Field Exit

<Alt><Space> Esc C Clear screen

<Alt><Esc> Ctrl T Test Request

<Alt><Tab> Esc T Toggle indicators lights

<Alt><Return> Esc L Redraw screen

Appendix


A.3.4 - HFT EMULATION

Function keys:

N° Keys Value

F1 F1 Esc [001q

F2 F2 Esc [002q

F3 F3 Esc [003q

F4 F4 Esc [004q

F5 F5 Esc [005q

F6 F6 Esc [006q

F7 F7 Esc [007q

F8 F8 Esc [008q

F9 F9 Esc [009q

F10 F10 Esc [010q

F11 F11 Esc [011q

F12 F12 Esc [012q













F62 Esc 1Bh

Appendix


The following table lists the default value of the numeric keypad (or editingkeypad and cursor keypad):

N° PS2 Keyboard Value 3270 Keyboard

F49 <Home> Esc [H home

F50 <Up> Esc [A up

F51 <Page Up> Esc [150q PA1

F53 <Left> Esc [D left

F55 <Right> Esc [C right

F57 <End> Esc [146q spaceof

F58 <Down> Esc [B down

F59 <PageDown> Esc [154q PA2

F60 <Insert> Esc [139q insert

F61 <Del> Esc [P delete

The following keystroke are available in HFT emulation. It is not possible tomodify these keys:

PS2 Keyboard Value 3270 Keyboard

<Ctrl right> Esc [114q Send

<Scroll Lock> Esc [213q Repls

<Pause> Esc [217q Clear screen

<Print Screen> Esc [209q Print screen

<Alt><Print Screen> Esc [212q System request

<Shift><Scroll Lock> Esc [214q Saves

<Shift><Tab> Esc [Z Backtab

<Shift><Up> Esc [161q uup

<Shift><Down> Esc [164q ddown

<Shift><right> Esc [167q rright

<Shift><left> Esc [158q lleft

<Ctrl><Print Screen> Esc [211q Attention

<Ctrl><left> Esc [159q PA3

Appendix


A.3.5 - SM94xx EMULATIONS

SM9400:

N° Key Value

F1 F1 96h

F2 F2 90h

F3 F3 12h

F4 F4 93h

F5 F5 9Ch

F6 F6 1Bh

F7 F7 0Ch

F8 F8 95h

F9 F9 1Fh

F10 F10 17h

F11 F11 8Eh

F12 F12 91h

F13 Shift+F1 ---

F14 Shift+F2 ---

F15 Shift+F3 ---

F16 Shift+F4 ---

F17 Shift+F5 ---

F18 Shift+F6 ---

F19 Shift+F7 ---

F20 Shift+F8 ---

F21 Shift+F9 ---

F22 Shift+F10 ---

F23 Shift+F11 ---

F24 Shift+F12 ---

F25 Ctrl+F1 ---

F26 Ctrl+F2 ---

F27 Ctrl+F3 ---

F28 Ctrl+F4 ---

F29 Ctrl+F5 ---

F30 Ctrl+F6 ---

F31 Ctrl+F7 ---

F32 Ctrl+F8 ---

F33 Ctrl+F9 ---

F34 Ctrl+F10 ---

N° Key Value

F35 Ctrl+F11 ---

F36 Ctrl+F12 ---













F49 <Home> 9Dh

F50 <Up> 1Ah

F51 <PgUp> 89h

F52 <-> 2Dh

F53 <Left> 19h

F54 <5> 35h

F55 <Right> 18h

F56 <+> 2Bh

F57 <End> 0Eh

F58 <Down> 0Bh

F59 <PgDn> 8Ah

F60 <Insert> 8Fh

F61 <Del> 8Dh

F62 <Esc> 1Bh

<Tab> 09h

<Shift><Tab> 14h

<backspace> 08h

<Shift><backspace> 7Fh

Appendix


SM9412:

N° Key Value

F1 F1 94h

F2 F2 85h

F3 F3 86h

F4 F4 81h

F5 F5 82h

F6 F6 83h

F7 F7 84h

F8 F8 87h

F9 F9 8Eh

F10 F10 91h

F11 F11 92h

F12 F12 0Ah

F13 Shift+F1 96h

F14 Shift+F2 90h

F15 Shift+F3 12h

F16 Shift+F4 93h

F17 Shift+F5 9Ch

F18 Shift+F6 1Bh

F19 Shift+F7 0Ch

F20 Shift+F8 95h

F21 Shift+F9 1Fh

F22 Shift+F10 17h

F23 Shift+F11 88h

F24 Shift+F12 0Ah

F25 Ctrl+F1 E8h

F26 Ctrl+F2 ---

F27 Ctrl+F3 ---

F28 Ctrl+F4 ---

F29 Ctrl+F5 ---

F30 Ctrl+F6 ---

F31 Ctrl+F7 ---

F32 Ctrl+F8 EDh

F33 Ctrl+F9 ---

F34 Ctrl+F10 ---

F35 Ctrl+F11 9Dh

F36 Ctrl+F12 0Ah

N° Key Value













F62 <Esc> 0Eh

<Shift><Esc> 1Bh

<Ctrl><Esc> EBh

<Tab> 09h

<Shift><Tab> 14h

<Ctrl><Tab> 99h

<backspace> 08h

<Shift><backspace> 7Fh

Appendix


Description of the numeric keypad, the editing keypad and the cursor keypadfor SM9412 emulations:

Numeric keypad:

keypad keypad Unlocked

No key Locked key alone key + Shift

F49 <7> 37h 85h 1Ah 81h 37h

F50 <8> 38h 1Ah 38h

F51 <9> 39h 85h 19h 81h 39h

F52 <+> 2Dh 2Dh 2Dh

F53 <4> 34h 19h 34h

F54 <5> 35h 35h 35h

F55 <6> 36h 18h 36h

F56 <-> 2Bh 2Bh 2Bh

F57 <1> 31h 85h 0Bh 81h 31h

F58 <2> 32h 0B 32h

F59 <3> 33h 85h 18h 81h 33h

F60 <0> 30h 8Fh 30h

F61 <.> 2Eh 8Dh 2Eh

Cursor keypad:

key key + shift

<up> 1Ah 89h

<down> 0Bh 8Ah

<right> 19h 8Bh

<left> 18h 8Ch

Editing keypad:

key Value

<Inser> 8Fh

<Home> 83h 19h 81h

<PgUp> 85h 19h 81h

<Del> 8Dh

<End> 83h 18h 81h

<PgDn> 85h 18h 81h

Appendix


A.4 - COMPOSITE CHARACTERS

To enter a composite character, two keystrokes are needed. The first one is themodifier (^, ~, ¨...), the second one is the character itself (a, e, i, n...).

Example: press '^' then 'e' to get 'ê'.

Note: on the AX3000, composite characters are accented characters.

When the keyboard is in scancode mode, composite characters are handled bythe operating system.

When the keyboard is in ASCII mode, composite characters can be handledeither by the AX3000 or by the operating system. Select either method usingthe 'Compose accentuate characters ' set-up parameter (<F2> in theterminal Set-Up).

Three values are available for this set-up parameter:- no : standard processing, to get accented characters, the operatingsystem must map the keystroke pair to a single value,

- local : composite characters are locally processed by the AX3000,- remote : special ASCII codes are associated with modifiers (onlyavailable with ANSI emulations).

These three modes of processing are described in the following section.However note that the National ISO 7-bit character set is not covered, as itdoes not support composite characters.

Appendix


A.4.1 - Standard Processing

When this method is used (Compose accented characters: no ), theAX3000 does not perform any special processing on the composite charactermodifier. The following table lists the ASCII codes, sent to the operatingsystem, for the various character sets:

character setsPC-437 PC-850 PC-860 8859 DEC SM9400

Acute accent (') 27h Efh 27h B4h 27h 27hGrave accent (`) 60h 60h 60h 60h 60h 60hCircumflex accent (^) 5Eh 5Eh 5Eh 5Eh 5Eh 5EhDieresis (¨) 22h F9h 22h A8h 22h CEhTilde (~) 7Eh 7Eh 7Eh 7Eh 7Eh 7EhParagraph (§) 15h F5h 15h A7h A7h C9hCube (³) --- FCh --- B3h B3h ---Cedilla (,) 2Ch F7h 2Ch F7h 2Ch 2Ch

Note : some symbols are not included in all characters sets. In such cases theAX3000 uses an ASCII code, to get a similar symbol. For example, with thecharacter set 437, quotes are used for dieresis.

A.4.2 - Local Processing

When a composite character modifier is pressed (see table A.1) no character issent to the operating system. The AX3000 waits for a second key to bepressed.

If the keystroke pair represents a valid symbol for the character set used (seetable A.2), the ASCII code for this symbol is sent to the operating system.

If the symbol is not valid, a beep is sounded and the modifier is cancelled.

Notes : - when the spacebar is pressed after the modifier, or when the modifieris pressed twice, the ASCII code sent to the operating system is themodifier itself (example: ^ + ^ = ^).

- Some national keyboards (American, Italian and U.K.) do not supportthis feature.

Appendix


FR GE SP BE SW PO DUAcute accent (') � � � � � �

Grave accent (`) � � � � � �

Circumflex accent (^) � � � � � �

Dieresis (¨) � � � � � �

Tilde (~) � � � �

Cedilla (‚) �

Table A.1: valid modifiers for various national keyboards

Character SetsPC-437 PC-850 PC-860 8859 DEC SM9400

Acute accent (') áéíóúÉ

áéíóúÁÉÍÓÚ





Grave accent (`) àèìòù àèìòùÀÈÌÒÙ

àèìòùÀÈÌÒÙ




Circumflex accent (^) âêîôû âêîôûÂÊÎÔÛ

âêôÂÊÔ

âêîôûÂÊÎÔÛ



Dieresis (¨) äëïöüÄÖÜ

äëïöüÄËÏÖÜ

üÜ




Tilde (~) ñÑ

ãõñÃÕÑ

ãõñÃÕÑ

ãõñÃÕÑ

ãõñÃÕÑ

ãõñÃÕÑ

Cedilla (‚) çÇ

çÇ

çÇ

çÇ

çÇ

çÇ

Table A.2: valid symbols for the various modifiers and character sets

A.4.3 - Remote Processing

For this method (only available in ANSI emulation), the operating systemrequires special ASCII codes to act as the modifiers of composite characters.

Note : as the paragraph symbol (§) and the cube symbol (³) are missing fromsome character sets, these two symbols also require special ASCII codes.

The tables on the next page list the ASCII codes required for the variousnational keyboards and character sets.

Appendix


Character Set

France PC-437 PC-850 PC-860 8859

Circumflex accent (^) B0h B0h B0h 90hDieresis (¨) B1h B1h B1h 91hParagraph (§) B2h F5h B2h A7h

Character Set

Germany PC-437 PC-850 PC-860 8859

Acute accent (') B3h B3h B3h 92hGrave accent (`) B4h B4h B4h 93hParagraph (§) B2h F5h B2h A7hCube (³) C0h FCh C0h B3h

Character Set

Italy PC-437 PC-850 PC-860 8859

Paragraph (§) B2h F5h B2h A7hCube (³) C0h FCh C0h B3h

Character Set

Spain PC-437 PC-850 PC-860 8859

Acute accent (') B3h B3h B3h 92hGrave accent (`) B4h B4h B4h 93hCircumflex accent (^) B0h B0h B0h 90hDieresis (¨) B1h B1h B1h 91hParagraph (§) B2h F5h B2h A7hCube (³) C0h FCh C0h B3h

Portugal / Switzerland Character Set

Belgium / Netherlands PC-437 PC-850 PC-860 8859

Acute accent (') B3h B3h B3h 92hGrave accent (`) B4h B4h B4h 93hCircumflex accent (^) B0h B0h B0h 90hDieresis (¨) B1h B1h B1h 91hTilde (~) 7Eh B2h 7Eh 7EhParagraph (§) B2h F5h B2h A7hCube (³) C0h FCh C0h B3h

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